Women's trekking t-shirt Black Diamond Lightwire SS Tech Tee himalayan salt (AP7530086025XSM1)

Women's trekking t-shirt Black Diamond Lightwire SS Tech Tee himalayan salt is an excellent choice for mountain hiking enthusiasts. Made from high-quality materials such as polyester and elastane, it provides comfort during intense activity. The lightweight 108 g/m² fabric makes the t-shirt almost unnoticeable on the skin, increasing comfort during prolonged wear.

Advanced technologies for demanding users

The women's trekking t-shirt Black Diamond Lightwire SS Tech Tee himalayan salt utilises advanced technologies that enhance its functionality. The fabric with added elastane ensures flexibility, allowing freedom of movement even in challenging terrain conditions. The short sleeves and round neckline provide optimal ventilation, which is important during hot days spent on the trail.

Comfortable fit for full freedom

The women's trekking t-shirt Black Diamond Lightwire SS Tech Tee himalayan salt features a relaxed fit, meaning it is looser but still well-fitted to the silhouette. This cut provides comfort and freedom of movement, which is invaluable during trekking. Thanks to the use of polyester, the t-shirt dries quickly, which is an additional advantage in variable weather conditions.

Material specification and user benefits

The women's trekking t-shirt Black Diamond Lightwire SS Tech Tee himalayan salt is made from a blend of 88% polyester and 12% elastane, ensuring durability and flexibility. This fabric composition also makes it easy to maintain cleanliness, which is important during longer trips.

Women's trekking t-shirt Black Diamond Lightwire SS Tech Tee - features:

• High-quality material made of polyester and elastane;
• Lightweight 108 g/m² fabric for user comfort;
• Stretch fabric technology providing freedom of movement;
• Short sleeves and round neckline for optimal ventilation;
• Relaxed fit for greater comfort;
• Quick-drying polyester ideal for variable weather conditions;
• Environmentally friendly fabric production.